Bruni, Alessandro

A method for programming railway balises (3) along a track (2) comprises the steps of identifying at least one balise (3) to be programmed along the track (2) on the basis of preset data, programming a programming unit (4) in turn configured to program the at least one balise (3), arranging the programming unit (4) on board a mobile unit (1) to be moved with respect to the track (2) until reaching the at least one balise (3), identifying the at least one balise (3) by means of a detection system, verifying that the at least one tracked balise (3) corresponds to a balise to be programmed, stopping the advancement of the mobile unit (1) and positioning it in close proximity to the at least one balise (3), centring the programming unit (4) with respect to the balise (3), executing programming of the at least one balise (3) by means of a wireless data transmission between the programming unit (4) and the at least one balise (3), verifying correct reception and storage of the transmitted data.

A diagnostic system (1; 100; 200) comprises a structure (2; 102; 202) that internally delimits at least one compartment (1; 103; 203) in which to house an object to be analyzed, wherein the at least one compartment (1; 103; 203) is delimited by a top wall (4; 204), a bottom wall (5; 205), opposite side walls (6, 7; 206, 207) and a rear wall (8), a support (10; 210) positioned inside the at least one compartment (1; 103; 203) in an interposed position between the bottom wall (5; 205) and the top wall (4; 204), at least one image acquisition device (11) positioned internally to the at least one compartment (1; 103; 203), in a raised or lowered position with respect to the support (10; 210), a processing and control unit (12; 112; 212) operatively connected to the at least one image acquisition device (11) and configured to process the data coming therefrom to identify aesthetic characteristics of said object positioned on said support (10; 210).

A method for the realization of synthetic surfaces for sports activities comprises the steps of crushing exhausted tennis balls or padel balls, reducing them into fragments and/or powders of rubber and/or felt having predetermined dimensions, mechanically separating the rubber and felt fragments and/or powders, selecting the rubber and/or felt fragments and/or powders that present a predetermined dimension, realizing a synthetic resin mixture, realizing a liquid compound by adding the recycled material obtained from the tennis balls or padel balls into the mixture, mixing the compound in order to disperse said rubber and/or felt fragments and/or powders in the synthetic resin mixture, applying the compound onto a support substrate and, subsequently, applying one or more resin finishing layers for protection onto the solidified compound.

A railway inspection vehicle (1) with autonomous or supervised guidance comprises a body (2) extending along a longitudinal direction (3), rolling elements (4) connected to said body (2), electric driving members (5) operatively connected to said rolling elements (4) and configured to actuate them in rotation with a direction of rotation or with an opposite direction, sensors (6) connected to said body (2) to detect information of the environment surrounding said vehicle (1), at least one control logic unit (7) configured to manage the operation of said driving members (5) and to receive data from said sensors (6), wherein said body (2) comprises a hollow element (8) with rectangular section, a first closing element (9) and a second closing element (10), removably connected to opposite ends of said hollow element (8) so as to delimit an internal housing volume of said railway inspection vehicle

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A brazier (1) for solid fuel stoves, comprising a containment element (2) which includes a bottom portion (3), delimiting a plurality of first through holes (TH1), a first perimeter wall (4) and a second perimeter wall (5), which define with the bottom portion (3) a containment zone (CZ) for a solid fuel. The brazier (1) also comprises a support element (6), configured to support and/or house the containment element (2), which includes a plurality of delimitation walls (7a, 7b, 7c, 7d, 7e) permanently connected to each other. In particular, the bottom portion (3), the first perimeter wall (4) and at least one first portion or component (5a) of the second perimeter wall (5) are made in one piece in a first material while at least a second portion or component (5b) of the second perimeter wall (5) is made of a second material and is operatively connected to the first portion or component (5a) of the second perimeter wall (5).

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